The lecture on Atomic & Molecular Physics occupies the key position in the study of physics. It deals with the pioneering experiments, findings and mathematical concepts that led from classical to quantum mechanics and thus lays the foundation for all of modern physics.

Starting with the first experiments that can no longer be explained classically, the development of the atomic concept and quantum physics is traced, from which quantum mechanics is ultimately derived. The mathematical content of quantum mechanics - in particular the Schrödinger equation - is then used to quantitatively explain qualitative properties of atomic processes and discussed in detail. These include, for example, atomic spectra, molecular bonds and light-matter interaction. In addition, modern applications of quantum mechanics, such as lasers, are also covered in this lecture.

To ensure meaningful participation in the lecture, knowledge of these mathematical sub-areas is strongly recommended.

Accompanying material on the individual topics can be accessed via the tree on the left.